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Women are XX while men are XY therefore, the mother gives the baby an X-chromosome and the father can either give it and X or Y chromosome.

Showing in a Punnet Square:

X X

X XX XX

Y XY XY

The 4 results are the possible combinations the baby can be.

50% Chance Boy and 50% Chance Girl

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Is the sex of a human offspring determined by the mother fathe r or neither?

Technically, the sex is determined by the father. The egg is always an x chromosome. The sperm can be either an x or a y chromosome. An xx makes a female, and an xy makes a male.


How the sex of a person determined?

Human cells contain 23 pairs of chromosomes for a total of 46. There are 22 pairs of autosomes and one pair of sex chromosomes. The sex chromosomes are the X chromosome and the Y chromosome. If you are male you have the XY chromosome.. making you a male. If you are female you have the XX chromosome.. making you a female. It all depends on the father, if the father gives an X chromosome... you have a girl. Because it combines with the mother's X chromosome.. creating XX(a female) If the father give a Y chromosome.. you a have a boy. It combines with the mothers X chromosomes.. creating XY(a male)


How is the sex of a person is determined?

Human cells contain 23 pairs of chromosomes for a total of 46. There are 22 pairs of autosomes and one pair of sex chromosomes. The sex chromosomes are the X chromosome and the Y chromosome. If you are male you have the XY chromosome.. making you a male. If you are female you have the XX chromosome.. making you a female. It all depends on the father, if the father gives an X chromosome... you have a girl. Because it combines with the mother's X chromosome.. creating XX(a female) If the father give a Y chromosome.. you a have a boy. It combines with the mothers X chromosomes.. creating XY(a male)


What percentage of human offspring receive a Y chromosome from their father?

Approximately 50% of human offspring receive a Y chromosome from their father. This results in the development of male offspring with a typical genetic makeup of XY.


How many sex chromosomes does your mother give to a normal baby........and father?

The mother and father both give a normal baby 23 chromosomes. This is because, a normal human has 46 chromosomes in all cells, except sex cells. So, a human receives half from the mother and half from the father thus 23 from each.


What determines the sex of a human?

Whether they have 2 X chromosomes= girl, of one X chromosome and one Y chromosome= boy


Which chromosome determines a human s sex?

The sex of a human is determined by the presence of two sex chromosomes. Typically, males have one X and one Y chromosome (XY), while females have two X chromosomes (XX). The presence of the Y chromosome determines male development.


The male human is represented by sex chromosome of what?

The male human is represented by a sex chromosome consisting of one X chromosome and one Y chromosome (XY).


What is the chance that a human zygote will receive one X and one Y sex chromosome during fertilization 100 percent 25 percent 75 percent 50 percent?

The chance that a human zygote will receive one X and one Y sex chromosome during fertilization is 50 percent. This is because an individual inherits one sex chromosome from each parent, with the father contributing either an X or a Y chromosome, and the mother contributing an X chromosome.


Where do human males get their x chrosome?

When a person is born they get one chromosome from the mom and one from the dad. A female has XX chromosomes a male has XY Cromosomes. So a male would get the Y from the dad and the X from the mom.


List these in order from smallest to largest chromosome gene cell?

Smallest to largest: Gene (a place on a chromosome); chromosome (there are 46 in human cells); and DNA (because it accounts for all the genetic material in a cell).


What chromosome determine human blood group?

The ABO blood group system is determined by the ABO gene located on chromosome 9. This gene determines the presence of A and B antigens on the surface of red blood cells, which in turn determines a person's blood type (A, B, AB, or O).